185       AutoFDOBinaryInfo& binary = p.second;  in ProcessAutoFDOBinaryInfo()  local
186       binary.first_load_segment_addr = GetFirstLoadSegmentVaddr(dso);  in ProcessAutoFDOBinaryInfo()
187       autofdo_callback_(BinaryKey(dso, 0), binary);  in ProcessAutoFDOBinaryInfo()
317     for (auto& [key, binary] : binary_map) {  in ProcessETMBranchListFeature()
321       etm_binary_callback_(key, binary);  in ProcessETMBranchListFeature()
346       ETMBinary& binary = p.second;  in ProcessETMBinary()  local
347       binary.dso_type = dso->type();  in ProcessETMBinary()
349       if (binary.dso_type == DSO_KERNEL) {  in ProcessETMBinary()
361       etm_binary_callback_(key, binary);  in ProcessETMBinary()
530     for (auto& [key, binary] : etm_data) {  in ProcessETMData()
534       etm_binary_callback_(key, binary);  in ProcessETMData()
596   std::unique_ptr<AutoFDOBinaryInfo> Convert(const BinaryKey& key, ETMBinary& binary) {  in Convert()  argument
598     std::unique_ptr<Dso> dso = Dso::CreateDsoWithBuildId(binary.dso_type, key.path, build_id);  in Convert()
606       ModifyBranchMapForKernel(dso.get(), key.kernel_start_addr, binary);  in Convert()
614     auto result = ConvertETMBranchMapToInstrRanges(dso.get(), binary.GetOrderedBranchMap(),  in Convert()
634   void ModifyBranchMapForKernel(Dso* dso, uint64_t kernel_start_addr, ETMBinary& binary) {  in ModifyBranchMapForKernel()  argument
642     for (auto& p : binary.branch_map) {  in ModifyBranchMapForKernel()
646     binary.branch_map = std::move(new_branch_map);  in ModifyBranchMapForKernel()
653   void AddAutoFDOBinary(const BinaryKey& key, AutoFDOBinaryInfo& binary) {  in AddAutoFDOBinary()  argument
656       binary_map_[key] = std::move(binary);  in AddAutoFDOBinary()
658       it->second.Merge(binary);  in AddAutoFDOBinary()
683       const AutoFDOBinaryInfo& binary = binary_map_[key];  in Write()  local
686       uint64_t base_addr = binary.first_load_segment_addr;  in Write()
690       for (std::pair<AddrPair, uint64_t> p : binary.range_count_map) {  in Write()
706       for (std::pair<uint64_t, uint64_t> p : binary.address_count_map) {  in Write()
720       for (std::pair<AddrPair, uint64_t> p : binary.branch_count_map) {  in Write()
747   void AddETMBinary(const BinaryKey& key, ETMBinary& binary) {  in AddETMBinary()
749       it->second.Merge(binary);  in AddETMBinary()
751       etm_data_[key] = std::move(binary);  in AddETMBinary()
997     auto afdo_callback = [&](const BinaryKey& key, AutoFDOBinaryInfo& binary) {  in ConvertPerfDataToAutoFDO()  argument
998       autofdo_writer.AddAutoFDOBinary(key, binary);  in ConvertPerfDataToAutoFDO()
1009     auto etm_callback = [&](const BinaryKey& key, ETMBinary& binary) {  in ConvertPerfDataToBranchList()  argument
1010       merger.AddETMBinary(key, binary);  in ConvertPerfDataToBranchList()
1027     auto etm_callback = [&](const BinaryKey& key, ETMBinary& binary) {  in ConvertBranchListToAutoFDO()  argument
1028       merger.AddETMBinary(key, binary);  in ConvertBranchListToAutoFDO()
1045       ETMBinary& binary = p.second;  in ConvertBranchListToAutoFDO()  local
1046       std::unique_ptr<AutoFDOBinaryInfo> autofdo_binary = converter.Convert(key, binary);  in ConvertBranchListToAutoFDO()
1071     auto etm_callback = [&](const BinaryKey& key, ETMBinary& binary) {  in ConvertBranchListToBranchList()  argument
1072       merger.AddETMBinary(key, binary);  in ConvertBranchListToBranchList()